Journal of the Optical Society of America · 1970 · 68 citations · 9 references
Natural SciencesPhysicsDerivativesInstrumentationSpectroscopyOptical SpectroscopyOptical Transfer FunctionSpectral Data ProcessingBessel FunctionsChebyshev ApproximationChebyshev Polynomial RepresentationDerivative SpectroscopyInstrument Function CharacterizationSpectral Flux AnalysisSpectral Flux DensityWeighted Arithmetic Mean
The theory for sinusoidally modulated derivative spectrometers shows that the transfer function for the mth derivative is proportional to the Bessel function of the first kind of order m. The instrument function is expressed in terms of the Chebyshev polynomial of order m or in terms of a weighted-mean mth derivative of the spectral flux within the interval of modulation.
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Principles of Self-Modulating Derivative Optical Spectroscopy
G. Bonfiglioli, P. Brovetto · Applied Optics · 1964 · 69 citations
Natural Sciences, Physics, Optics +12
Frederic R. Stauffer, Hajime Sakai · Applied Optics · 1968 · 68 citations
Natural Sciences, Chemistry, Physics +11
A Littrow–McCubbin High Resolution Infrared Spectrometer
John Overend, A. C. Gilby, Joel W. Russell et al. · Applied Optics · 1967 · 44 citations